NEW ENERGY Co., Ltd.
PRODUCT INTRODUCTION
Total Boiler Technology for Low-cost
Comprehensive Boiler Technology with High Efficiency and Low Cost
Equipped with a Smart Controller that optimizes real-time heating and hot water usage.
It provides efficient heating and hot water with as little as 0.001kW of energy, reduces overall energy consumption through automated control technology, and delivers environmentally friendly heating solutions.
The system analyzes external environmental temperature and calculates temperature deviation to monitor power consumption in real-time and detects heating and hot water conditions to optimize energy efficiency.
Maximizing efficiency through heating and control optimization
- Real-time Power Consumption Measurement
- Accurately measures power consumption in real-time, enabling a clear understanding of energy consumption patterns and efficient management
- Actual Usage Cost Prediction
- Predicts daily and monthly electricity costs based on power usage data for effective budget planning
- Usage Data Systematization
- Systematically records power consumption as data, enabling long-term usage pattern analysis and the development of optimized energy usage strategies
- Operation Status Monitoring
- Monitors system operation status in real-time, allowing for quick response when issues occur
Carbon Emission Reduction
102 products sold in 2023 reduced carbon by 2,304.6 tons of CO2eq compared to gas boilers. Since one tree absorbs approximately 22kg of carbon dioxide annually, offsetting 2,304 tons of carbon dioxide would require about 104,000 trees.
Check ESG Report
Compared to average gas boilers
Carbon emissions
43% reduction
* IMPACT SQUARE_ESG Impact Report
Measurement based on global standards
Swimming Pool
Factory
Sauna
Hotel
Solar-powered House
Nursing Hospital
Country Club
Smart Farm
Enhanced Installation Convenience
- Utilizes existing water pipes when applied for heating
- Utilizes existing pipes connected to air conditioners
- Small product size allows pipe connection right next to the air conditioners
- When using hot water, connect to the hot water tank before use
- Reduces initial installation investment costs
- Reduces pipe heat loss by installing close to where needed
Utilizes existing water pipes when applied for heating
Utilizes existing pipes connected to air conditioners
When using hot water, connect to the hot water tank before use
Without Complicated Installation
Actual Cases of Electricity Savings
Busan Metropolitan City
saved energy usage and reduced carbon emissions
emissions by installing ion heating systems
Selected for the Busan City Public Institution Testbed
Monthly savings
from 200,000 won to 20,000 won
- 01 Busan Metropolitan City Public Institution (August 2022)
-
- - Provides total heating (over 30 pyeong)
- - Electric panel monthly cost 200,000 won
After replacement, the monthly heating cost reduced to 20,000 won - - Product cost + Installation cost = Approximately 2,000,000 won (no additional costs)
A large Busan hotel transformed from operating deficit to surplus
by installing an ion heating system
Hot water supply to a large hotel sauna in Busan
Monthly savings
from 30,000,000 won to 5,000,000 won
- 02 East Busan Hot Spring Hotel (March 2019)
-
- - Provides hot water (150t) / total heating (over 500 pyeong)
- - Using heat pump: 30,000,000 won monthly
After replacement, heating/hot water cost reduced to 5,000,000 won monthly - - Product cost + Installation cost = Approximately 40,000,000 won (no additional costs)
Providing hot water swimming pool service
to customers
Namhae hotspot A Resort 500-ton swimming pool
Over 40% savings
- 03 Namhae A Resort (April 2022)
-
- - Provides 500t of hot water
- - After installation instead of heat pump Installation cost, product cost, and electricity bill
reduced by over 40%
Solar Power + ESS + Ion Heating System
Realizing Zero Energy & Self-sufficient Housing
Zero Energy Housing
55-pyeong house heated with 6 kW solar power
- 04 Solar-powered House (Installed October 2019)
-
- - Home of the environmental studies professor at S National University
- - From the gas boiler cost of 400,000 won
After replacement, 50-pyeong heating with 6kW solar power
* The cost savings examples shown are based on specific site conditions and may vary depending on individual circumstances. Additionally, these figures may change over time due to fluctuations in electricity rates.
Application Areas
-
Building Heating Hotels, Dormitories, Offices, Hospitals, Universities and Officetels -
Hot Water Supply Saunas, Public Baths, Building Hot Water, Hot Springs, Water Parks,and Large Restaurants -
Industrial Factories Product Drying, Food Production, Metal Surface Treatment, Washing, Microorganism Preservation,and Fatty Acid Retention -
Residential Heating Commercial Housing, Solar-powered Houses,and Collective Facilities -
Swimming Pools Sports Centers, Kids Pools, Water Parks, Hotel Swimming Pools,and Educational Facilities -
Agricultural and Fishery Facilities Greenhouse Facilities, Seedbeds, Indoor Breeding Farms, Mushroom Farms, Flower Cultivation Facilities, Livestock Facilities,and Fish Farms
| Model | NEP-18 | NEP-60 | |
|---|---|---|---|
| image |  |
 |
|
| Rated Power Consumption | kW | 18 | 60 |
| Standard Heating Area | pyeong | 70 | 240 |
| Maximum Instantaneous Heat Output | kcal | 15,768 | 46,980 |
| Cumulative Power usage | kwh | 12.6(ΔT20℃) | 33(ΔT25℃) |
| Maximum Current Consumption | A | 30 | 90 |
| Wire Specification | 380V 3-phase 4-wire |
10m2 | 35m2 |
| Dimensions | mm | 490X310X690 | 1,200X410X87 |
| Weight | kg | 40 | 90 |
| Noise Level/IP Rating | dB | 15dM/IPX3 | |
* Specifications are subject to change without prior notice due to site conditions or product improvements.